Machine Intelligence and Robotics: Report of the NASA Study Group : Final Report |
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Page 335
... and case studies of knowledge engineering Edward A. Feigenbaum E - 1 F. Remarks on the relationship between artificial intelligence and cognitive psychology Allen Newell F.1 Figures 3-1 Trend of mission ground operations costs 7 .
... and case studies of knowledge engineering Edward A. Feigenbaum E - 1 F. Remarks on the relationship between artificial intelligence and cognitive psychology Allen Newell F.1 Figures 3-1 Trend of mission ground operations costs 7 .
Page 344
Figures 3-3 and 3-4 illustrate schematically how improved automation can produce a significant decline in the cost of ... during mission operations between ground - based humans and spacecraft computer processing is shown in Figure ...
Figures 3-3 and 3-4 illustrate schematically how improved automation can produce a significant decline in the cost of ... during mission operations between ground - based humans and spacecraft computer processing is shown in Figure ...
Page 345
Figure 3-4 . Trend of cost per mission operation . A 100- to 1000 - fold improvement through advanced automation is projected by the year 2000 for executing a typical mission operation , SURVEYOR VIKING MARS ROVER VIKING 1.0 WITHOUT ...
Figure 3-4 . Trend of cost per mission operation . A 100- to 1000 - fold improvement through advanced automation is projected by the year 2000 for executing a typical mission operation , SURVEYOR VIKING MARS ROVER VIKING 1.0 WITHOUT ...
Page 346
Figure 4-2 . Mars surface robot will operate for 2 9 Section IV 9 9 9 Applications of Machine Intelligence and Robotics in Space Program A Introduction B Robots and Automation in NASA Planning.
Figure 4-2 . Mars surface robot will operate for 2 9 Section IV 9 9 9 Applications of Machine Intelligence and Robotics in Space Program A Introduction B Robots and Automation in NASA Planning.
Page 347
Others may be penetrators , flyers , or balloons , and some may bring science samples back to Earth ( Figures 4-1 - 4-3 ) ... Figure 4-2 . Mars surface robot will operate for 2 years and travel about 1000 km performing experiments ...
Others may be penetrators , flyers , or balloons , and some may bring science samples back to Earth ( Figures 4-1 - 4-3 ) ... Figure 4-2 . Mars surface robot will operate for 2 years and travel about 1000 km performing experiments ...
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activities analysis applications areas Artificial Intelligence associated automated automatic become behavior called complex computer science concerned construction cost decisions defined described devices direct discussion domain elements engineering environment example existing experience exploration expressions field Figure function given goal Group heuristic human important improvement increase interest knowledge language learning limited machine intelligence manipulators mathematical means mechanisms memory methods mission NASA nature Newell objects operations pattern performance planning position possible present problem problem solving procedure processing produce Project properties psychology reasoning represent robot rules selected sequences Simon simple simplex method solution solving space spacecraft specific Stanford statement step structure Study success symbolic task techniques theorem theory tion understanding University